Oct 2026· One Health· Vol 23, pp. 101607· 0 citations· 14 references
Medicine
TL;DR
It is argued that ecological theory provides the missing mechanistic layer between pathogen detection and prevention, and four practical areas where this matters are identified: landscape connectivity and contact networks, biodiversity and microbiomes, ecological interpretation of environmental sampling, and long-term ecological capacity.
Abstract
One Health has been highly effective at emphasizing the interconnectedness of human, animal, and environmental health. However, One Health must more explicitly incorporate ecological theory to move beyond documenting pathogen presence or co-location toward understanding the mechanisms that lead to infection and transmission. Here, we argue that ecological theory provides the missing mechanistic layer between pathogen detection and prevention, and we identify four practical areas where this matters: landscape connectivity and contact networks, biodiversity and microbiomes, ecological interpretation of environmental sampling, and long-term ecological capacity. Together, these areas can help identify which human–animal–environment connections matter most for disease dynamics and where prevention efforts can most effectively interrupt transmission. Therefore, ecological theory can move One Health from documenting connections toward identifying mechanisms, directing prevention, supporting wildlife conservation, and promoting human well-being.
It is argued that biodiversity is often treated as an environmental co-benefit rather than as a foundational determinant of health, which weakens the implementation of One Health approaches and means that future health and sustainability policies should move beyond generic references to health and explicitly recognize...
J. Geschke, Simone Sommer, Michael Schloter· Ambio· 0 citations
ABSTRACT Microbiomes are increasingly understood as interconnected ecological systems spanning soil, water, plants, animals, humans and engineered environments rather than as isolated host‐associated communities. This microbiome continuum provides a mechanistic perspective for One Health by linking microbial cells with...
M. N. I. Bhuiyan· Environmental Microbiology R...· 0 citations
It is argued that microbiome functional diversity is the missing biological foundation linking Soil Health and One Health, and proposed they be treated as interconnected functional networks regulating resilience across soil, plant, animal, and human systems.
S. Timmusk, Erik Ribeli, Lawrence Behers et al.· Plant and Soil· 0 citations
Built structures host complex and dynamic microbial communities whose assembly is shaped by occupancy, ventilation, building materials, cleaning practices, connections to outdoor environments, and other factors. These communities, collectively described as the microbiome of the built environment (MoBE), are increasingl...
Joe Brown, C. Gunsch· Environmental Science and Te...· 0 citations
Environmental nucleic acids (eNA) are transforming ecological biomonitoring by enabling sensitive, scalable, and minimally invasive observations across multiple dimensions of ecological systems. Here, we examine how eNA can extend biomonitoring from ecological state assessment toward the inference of ecological traje...
W. Xiong, A. Zhan· Biological Diversity· 0 citations
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